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How to store the input into Arrays?

wenjun85 (14)
Hi I have 2 class now that need to store x and y to one array and some other attributes to another array so that i could do some computing and display both arrays as a top 5 list.

here is my codings.

PointTwoD.h

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#include <cstdlib>
#include <cctype>
#include <cstring>
#include <sstream>
#include <fstream>
#include<iostream>
#include<string>

#include "LocationData.h"

using namespace std;

class PointTwoD
{

private:

	int x;
	int y;
	LocationData locationData;
	float civIndex;

public:

	int getX();
	void setX(int);

	int getY();
	void setY(int);	

	LocationData getLocationData();
	void setLocationData(LocationData);

//	PointTwoD();
//	~PointTwoD();
//	PointTwoD& operator = (PointTwoD&);

//	char szBuffer[256];
//	for(int i = 0; i < num; i++) // loop through all the points
//{
//	sprintf_s(szBuffer, 256, "X Coord %i", i); // ask for x coord and store in xArray
//	cout << szBuffer;
//	cin >> x[i];

//	sprintf_s(szBuffer, 256, "Y Coord %i", i); // ask for y coord and store in yArray
//	cout << szBuffer;
//	cin >> y[i];

//}


	string toString();

};

#endif


PointTwoD.cpp


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#include "PointTwoD.h"



void PointTwoD::setX(int xCord)
{
	x = xCord;
}

int PointTwoD::getX()
{
	return x;
}

void PointTwoD::setY(int yCord)
{
	y = yCord;
}

int PointTwoD::getY()
{
	return y;
}

string PointTwoD::toString() 
{
	string point2D;
	point2D += getX();
	point2D += getY();
	return (point2D);
}


//LocationData PointTwoD::getLocatioNData()
//{
//	return locationData;
//}
wenjun85 (14)
LocationData.h

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#ifndef LOCATIONDATA_H
#define LOCATIONDATA_H

#include <cstdlib>
#include <cctype>
#include <cstring>
#include <sstream>
#include <fstream>
#include<iostream>
#include<string>

using namespace std;

class LocationData
{
	private:

	string sunType;
	int noOfEarthLikePlanets;
	int noOfEarthLikeMoons;
	float aveParticulateDensity;
	float avePlasmaDensity;
	int sunTypePercent;


	public:
 
//	LocationData(string, int, int, float, float);

	string getSunType();
	void setSunType(string);

	int getNoOfEarthLikePlanets();
	void setNoOfEarthLikePlanets(int);

	int getNoOfEarthLikeMoons();
	void setNoOfEarthLikeMoon(int);

	float getAveParticulateDensity();
	void setAveParticulateDensity(float);

	float getAvePlasmaDensity();
	void setAvePlasmaDensity(float);

//	float computeCivIndex(int, int, int, float, float);
	
	string toString();

};

#endif


LocationData.cpp


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#include "LocationData.h"

using namespace std;

//string LocationData::getSunType(string sunType)
//{
//	if(sunType="Type O")
//	sunTypePercent=30;
//	else if(sunType="Type B")
//	sunTypePercent=45;
//	else if(sunType="Type A")
//	sunTypePercent=60;
//	else if(sunType="Type F")
//	sunTypePercent=75;
//	else if(sunType="Type G")
//	sunTypePercent=90;
//	else if(sunType="Type K")
//	sunTypePercent=80;
//	else if(sunType="Type M")
//	sunTypePercent=70;
//	else
//	cout<<"Input Invalid"<<endl;
//	return sunType;
//}

//LocationData::LocationData() 
//{
//	sunType = "";
//	noOfEarthLikePlanets = 0;
//	noOfEarthLikeMoons = 0;
//	aveParticulateDensity = 0.0;
//	avePlasmaDensity = 0.0;
//}

//LocationData::LocationData(string sunType, int noOfEarthLikePlanets, int noOfEarthLikeMoons, float aveParticulateDensity, float avePlasmaDensity) 
//{

//	sunType = sunType;
//	noOfEarthLikePlanets = noOfEarthLikePlanets;
//	noOfEarthLikeMoons = noOfEarthLikeMoons;
//	aveParticulateDensity = aveParticulateDensity;
//	avePlasmaDensity = avePlasmaDensity;
//}

string LocationData::getSunType() 
{
	return sunType;
}

void LocationData::setSunType(string sunType) 
{
	sunType = sunType;
}

int LocationData::getNoOfEarthLikePlanets() 
{
	return noOfEarthLikePlanets;
}

void LocationData::setNoOfEarthLikePlanets(int noOfEarthLikePlanets) 
{
	noOfEarthLikePlanets = noOfEarthLikePlanets;
}

int LocationData::getNoOfEarthLikeMoons() 
{
	return noOfEarthLikeMoons;
}

void LocationData::setNoOfEarthLikeMoon(int noOfEarthLikeMoons) 
{
	noOfEarthLikeMoons = noOfEarthLikeMoons;
}

float LocationData::getAveParticulateDensity() 
{
	return aveParticulateDensity;
}

void LocationData::setAveParticulateDensity(float aveParticulateDensity) 
{
	aveParticulateDensity = aveParticulateDensity;
}

float LocationData::getAvePlasmaDensity() 
{
	return avePlasmaDensity;
}

void LocationData::setAvePlasmaDensity(float avePlasmaDensity) 
{
	avePlasmaDensity = avePlasmaDensity;
}

string LocationData::toString() 
{
	string tempLD;
	tempLD += getSunType();
	tempLD += getNoOfEarthLikePlanets();
	tempLD += getNoOfEarthLikeMoons();
	tempLD += getAveParticulateDensity();
	tempLD += getAvePlasmaDensity();
	return (tempLD);
}

//float LocationData::computeCivIndex()
//{
//	computeCivIndex = [(sunTypePercent /100)-(aveParticulateDensity+avePlasmaDensity)/200]*[noOfEarthLikePlanets+noOfEarthLikeMoons];
//	return computeCivIndex;
//}
wenjun85 (14)
main.cpp

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#include <iostream>
#include <string>
#include <cmath>
#include <cstdlib>
#include <cctype>
#include <cstring>
#include <sstream>
#include <fstream>
#include "PointTwoD.h"

using namespace std;

class MissionPlan
{
	
};

	string sunType;

	

	LocationData ld;

	int i;
	int x;
	int y;
	
	int noOfEarthLikePlanets;
	int noOfEarthLikeMoons;
	float aveParticulateDensity;
	float avePlasmaDensity;
	float distance;

	void mainMenu();
	void showEntry();
	void showDistance();
	float computeCivIndex();
	void showTopFive();	

//PointTwoD& PointTwoD::operator=(const PointTwoD &aPointTwoD)
//{
//	x = aPointTwoD.x;
//	y = aPointTwoD.y;
	
//	xArray = new int[x];
//for (i = 0; i < aPointTwoD.x; ++i)
//{
//	xArray[i] = aPointTwoD.xArray[i];
//}	
//    return *this;
//}




	void mainMenu()
{
	cout<<"Welcome to Mission Plan program!"<<endl<<endl<<

	"1)Input statistical data."<<endl<<
	"2)Compute civ. index value (for all records)"<<endl<<
	"3)Print top 5 exploration destinations."<<endl<< 
	"4)Print total travel distance."<<endl<<endl;
}

//{
//	distance = sqrt(((x*x) + (y*y))*100);
	//Output
//	cout << "Total (approx) travel distance = ";
//	cout << distance <<" million km"<< endl;
//}





//*********
//void showTopFive()
//{
//	cout<<endl<<"Total no. of records available = "<<endl;
//	cout<<endl<<"Printing top 5 deploration destinations ..."<<endl;
//	cout<<endl<<"1) "<<endl;	
//	cout<<endl<<"2) "<<endl;	
//	cout<<endl<<"3) "<<endl;	
//	cout<<endl<<"4) "<<endl;	
//	cout<<endl<<"5) "<<endl<<endl<<endl;
//	cout<<endl<<"Done!"<<endl;	
//}
//****************

void showEntry()
{


	int xArray[10];
	for (i = 0; i < 1; i++)

	cout<<"Input statistical data"<<endl<<endl;
	
	cout<<"Please enter x-cordinate:";
	cin>>xArray[i];

//	dataStore.getX(x);
	
	int yArray[10];
	for (i = 0; i < 1; i++)

	cout<<"Please enter y-cordinate:";
	cin>>yArray[i];
//	y = new int[num];

	int dataStore[100];
	int getData;
	int counter;

	cout<<"Please enter sun type: ";
	cin>>sunType;
	//ld.setSunType(sunT);

	cout<<"Please enter no. of earth-like planets:";
	cin>>noOfEarthLikePlanets;
	//ld.setNoOfEarthLikePlanets(noOfEarthLikePlanets);

	cout<<"Please enter no. of earth-like moons:";
	cin>>noOfEarthLikeMoons;
	//ld.setNoOfEarthLikeMoon(noOfEarthLikeMoons);

	cout<<"Please enter ave. particulate density (%-tage):";
	cin>>aveParticulateDensity;
	//ld.setAveParticulateDensity(aveParticulateDensity);

	cout<<"Please enter ave. plasma density (%-tage):";
	cin>>avePlasmaDensity;
	//ld.setAvePlasmaDensity(avePlasmaDensity);	
	
	dataStore[i]=ld.toString();
	i++;

	cout<<"Record succesfully stored. Going back to main menu."<<endl;
}

	int choice;

int main()
{	
	const int x = 100;
	int list[x];

	mainMenu();
	cout<<"Please select your choice : ";
	cin>>choice;
	
switch(choice)
{
	case 1 : 
	showEntry();
	mainMenu();
	cout<<"Please select your choice : ";
	cin>>choice;
	return 0;
	break;

	case 2 : 
	for (int i = 0; i <1; i++)
	cout<<endl<<x<<endl;
//	computeCivIndex();
	cout<<endl<<"Computation Completed! (" "records were updated )"<<endl;

	break;

	case 3 : 
//	showTopFive();
//void showTopFive(list<PointTwoD> &clist)
//{
//	list <PointTwoD>::iterator i;
//	sort(clist.begin(), clist.end());
//
//	do
//{
//	for (i = clist.begin(); i != clist.end(); i++)
//{
//cout << "Civ Idx : " << ld.computeCivIndex(i->ld.getSunType(), i->ld.getNoOfEarthLikePlanets(), i->ld.getNoOfEarthLikeMoons(), i->ld.getAveParticulateDensity(), i->ld.getAvePlasmaDensity()) << " at sector(" << i->getX() << "," << i->getY() << ")" << endl;
//}

//}
//while(i==5);
//}

	cout<<"Please select your choice : ";
	cin>>choice;
	return 0;
	break;

	case 4 : 
	//showDistance();
	cout<<"Please select your choice : ";
	cin>>choice;
	return 0;
	break;

	default: cout<<"Invalid choice, please re-enter your choice."<<endl; 
	
}

return 0;

}


I have no error in this and have use the for (i = 0; i < 1; i++) method,
but it doesnt seems to be working...how to make it display the first list of 5 input?
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